A History of Physics in Its Elementary Branches (through 1925): Including the Evolution of Physical Laboratories

Ångström Aristotle atom atomic weight Berlin bodies century chemical chemistry colors Descartes discovery distance earth effect electric electromagnetic electron emission theory energy ether experimental experiments explain Faraday force Franklin frequency Galileo galvanometer gases glass heat helium Helmholtz Huygens hydrogen invention J. J. Thomson Kelvin Kirchhoff laboratory later Leyden jar liquid London Lord Kelvin Lucretius magnetic mathematical Maxwell measurements mechanics mercury metals method Michelson modern molecules motion Nature Newton observed optical orbit oscillators paper Paperbound Paris particles phenomena Phil Phys physicists physics plates polarization pressure principle professor quantum theory radiation radioactive radium rays refraction rotation Royal Society Rutherford says scientific solar spectra spectral lines spectrum substance telescope temperature theory of light theory of relativity thermometer Thomas Young tion Trans tube University vacuum velocity of light vibrations W. H. Bragg wave wave-length weight wire X-rays